JP6964338B2 - Annual guidance plan creation system and annual guidance plan creation program - Google Patents

Description

The present invention relates to an annual guidance plan preparation system and an annual guidance plan preparation program. More specifically, an annual guidance plan creation system (hereinafter, simply referred to as "plan creation system") for facilitating the planning and creation of a year-round guidance plan (annual guidance plan) for each grade in elementary and junior high schools. ), And an annual guidance plan table creation program (hereinafter, simply referred to as "plan table creation program") for executing the plan table creation system using a terminal such as a computer.

Conventionally, in elementary schools and junior high schools, in order to ensure that the annual number of lesson hours (“standard hours”) for each subject specified based on the Course of Study is implemented, for each grade and each subject, before the start of the relevant year. An annual instruction plan is drafted, and an annual instruction plan is prepared by summarizing it in a tabular format. This makes it possible to grasp the outline of the course of study throughout the year.

Furthermore, based on the annual instruction plan, a plan (monthly instruction plan or weekly instruction plan) related to more specific contents of learning instruction is created. In other words, the planning and preparation of an annual instruction plan is the most basic and important factor in determining the schedule of learning instruction for one year. In many cases, for example, a principal, a vice-principal, and a grade chief who have abundant experience in learning guidance are in charge of formulating an annual guidance plan and creating an annual guidance plan.

Specifically, the annual instruction plan is mainly created based on the contents (learning unit) included in the textbooks adopted for each subject. Furthermore, in many cases, the order in which the learning units are described in the textbook is used as the basis for the order of study. Based on the contents of these textbooks, the number of lesson hours to be allocated to each learning unit is determined based on the many years of experience of the person in charge of preparation. For example, for a particularly important learning unit, the course time of the learning unit may be changed so that the order of study is different from the order described in the textbook in order to give more class hours than usual or to improve the learning effect. It may happen. Furthermore, in elementary and junior high schools, in addition to regular classes, various events (school events) such as athletic meet, school trip, and excursion are often held, and in order to prepare for the timetable and school events, it is normal. Instead of class timetables, classes in each subject were sometimes held on irregular timetables.

In order to obtain such a high learning effect, or in consideration of the schedule of school events, etc., it is necessary to formulate an annual guidance plan, and the burden of creating the annual guidance plan by the person in charge of preparation is particularly heavy. rice field. Since the work related to these planning and preparation is basically done manually, whether or not the standard time required to be carried out for each subject is satisfied, or the circumstances peculiar to the subject and school management The problem complicated the task of checking for an unrealizable annual instruction plan, which could take a lot of time.

Therefore, in order to facilitate the formulation of the annual guidance plan and the creation of the annual guidance plan as described above, reduce the workload of the person in charge of preparation, and ensure the consistency check such as the satisfaction of the standard hours. A teaching plan management device for creating and drafting a teaching plan (see Patent Document 1), a lesson planning support system, a lesson planning program (see Patent Document 2), and the like have already been proposed. By using these systems and the like, it is possible to automate the work of creating the annual instruction plan to a certain extent, and it is possible to achieve an effect such as reducing the work time required for the consistency check and the like.

For example, in the case of the teaching plan management device of Patent Document 1, "contents to be taught every hour (1 hour unit)", "month / semester", "contents for each unit to be learned", "every hour" "Annual instruction plan" that stores multiple information such as "a drill page that matches the content of instruction", "excess or deficiency of the total number of hours of the instruction plan for lesson hours and achievement rate", and "number of hours of work test" Equipped with "Information Memory Department", "Weekly Teaching Plan Draft", "Arranging Teaching Plans for Multiple Subjects in One Class", "Delayed Class Hours", "Class Content (Progress)" It is equipped with a weekly instruction plan draft information storage unit that stores "delays in", "delays in drilling", "types of drills that match the lesson content", and so on. By displaying various information on the display unit in this way, the teacher can easily create an effective and efficient annual instruction plan for one year. Furthermore, based on the contents of the weekly instruction plan draft information (weekly instruction plan) created at the same time, it is possible to easily grasp the progress such as the delay of the lesson hours (standard hours) with respect to the annual instruction plan, and daily. It can be reflected in the learning guidance and catch up with the delay.

On the other hand, in the case of the lesson planning support system of Patent Document 2, the unified goal data, etc. for each subject stored in the database in advance should be read, and the weekly plan data and the daily plan data should be easily created. Can be done. In addition, by rewriting either the weekly plan data or the daily plan data according to the progress of the course of study, the information can be updated in conjunction with the other lesson plans and the course of study plan. As a result, it is possible to easily create and modify each data according to the progress of learning guidance, and it is possible to reduce the work load related to the creation of these data. In addition, in daily learning guidance, necessary information such as lesson content and action content can be confirmed based on achievement goals, evaluation criteria, annual learning guidance plan, etc., and lesson management by teachers should be carried out smoothly. Can be done.

In the case of the above system, the standard hours and timetable for each subject are set in advance at the beginning of the year. Then, every time a lesson is held, a check box for "Implementation" can be checked in the weekly instruction plan (weekly plan) on a daily or weekly basis. As a result, on the screen for confirming the number of class hours, some have a function of calculating the total number of checked hours, displaying the excess or deficiency with the standard time, and also displaying the achievement rate as a percentage.

Japanese Unexamined Patent Publication No. 2016-192052 Japanese Unexamined Patent Publication No. 2016-048519

However, when the guidance plan management device or the like shown above is used, the following problems may occur. That is, in the case of the guidance plan management device disclosed in Patent Document 1, it is necessary for the person in charge of creation to input most of the necessary information and create it as a tabular annual guidance plan table, and input various information and the like. It could still take a lot of time to do such work. Therefore, the effect of reducing the work load of the person in charge of creation was not sufficient.

In particular, in the case of Patent Document 1, various information is input from a dedicated input screen (setting screen), and a summary of them is finally displayed as a table format. At the stage of information input work, a table is displayed. The format status could not be displayed. That is, it was not possible to directly input the edited contents or confirm the input results in the state of the annual guidance plan table (hereinafter, may be simply referred to as "plan table"). Since the editing work such as inputting information and the confirmation work of the table format are performed on a separate screen, the person in charge of creation cannot perform the editing work by intuitive operation through the eyes, and the work of creating the annual instruction plan table is performed. I couldn't do it efficiently.

In addition, the annual instruction plan table created in the past is based on one period (“1 frame” or “1 lesson unit”) as the standard for display units, and the display width per period is standardized for each subject. In most cases, the standard time of one year for each subject was created by stacking multiple learning units in the vertical or horizontal direction. For example, each subject such as Japanese language and math is arranged in the vertical direction (vertical axis), and the number of lesson hours corresponding to the standard number of hours corresponding to the subject is shared in the horizontal direction (horizontal axis ≒ number of hours). ) Is gradually accumulated to display multiple learning units.

Here, the standard time of one year specified by the Course of Study is different for each subject such as Japanese language, math, science, and society. In addition, the standard number of hours for each subject differs depending on the grade of study. For example, the national language with the highest standard hours in a year is displayed with a large extension along the horizontal axis (number of hours) in the above-mentioned annual instruction plan. On the other hand, physical education and arts and crafts, which have a relatively small standard time, are displayed in a length of about 1/3 to 1/2 of the national language.

As a result, when trying to display the annual instruction plan table as a list format by collecting multiple subjects with different standard hours, the extension (length) in the horizontal axis direction is significantly different, so the list format is balanced. Collapsed and became hard to see. Therefore, it becomes difficult to grasp the whole picture of the annual guidance plan. Therefore, in general, an annual instruction plan table is often created for each subject, and it is not possible to grasp the annual instruction plans of a plurality of subjects across subjects and recognize the whole picture. For example, it was not possible to easily grasp what kind of study unit the other subjects were taking during the same period (for example, between the second week of June and the fourth week of June). ..

As mentioned above, the created annual instruction plan is the basis of the monthly instruction plan or the weekly instruction plan, and is generally the basic name (unit name) of the learning unit included in the textbook. In many cases, only information was displayed. However, in each subject, in taking individual learning units, what kind of learning purpose or what kind of power and knowledge were acquired by the students through the course, and other learning objectives and goals ( = Attribute) may be set.

Therefore, in the case of the conventional annual instruction plan, the information including the attributes such as goals and objectives for the learning unit shown above is not displayed, and there is a possibility that different attributes will be set for each subject at the same time. there were. Alternatively, the same or similar attributes may be set at different learning times in the same subject.

If similar attributes are set at the same time, the students can easily understand the learning purpose and the like through the learning experience in a plurality of subjects. That is, there is a possibility that the learning purpose and the like can be achieved and a high learning effect can be obtained. However, in the case of the annual instruction plan so far, consideration was not given to the implementation time of such attributes such as learning objectives, or it was not possible to visually recognize from the annual instruction plan, so that the learning understanding of the students was sufficient. Sometimes I couldn't proceed. As a result, it was not possible to sufficiently improve the qualities and abilities of children and students required in the course of study, and it was not possible to provide efficient learning guidance. Furthermore, since the screen for checking the progress is independent, it could not be used for reviewing the annual guidance plan. In addition, since most of the progress status is represented by numbers such as percentages, it may be difficult to intuitively recognize it visually.

Therefore, the present invention has been made in view of the above circumstances, and the work load related to the drafting of the annual guidance plan and the preparation of the annual guidance plan by the person in charge of preparation such as the vice-principal and the grade chief is reduced. By summarizing multiple subjects in a list format, it is possible to create an annual instruction plan that allows cross-sectional understanding of the learning content of each subject and cross-sectional understanding of the learning content during the same course period. The first task is to provide a planning table creation system and a planning table creation program that enable it.

In addition, by assigning attributes indicating the learning purpose, etc. to the learning unit displayed in the annual teaching plan, it becomes easy to identify the learning unit based on the attribute, and the common attribute among the units of multiple subjects can be assigned. We provide a planning table creation system and a planning table creation program that creates an annual instruction plan table to enable effective management of learning guidance that enhances the learning effect and can be rearranged so that the units that you have will be implemented at the same time. The second task is to do this.

According to the present invention, the following planning table creation system and planning table creation program are provided.

[1] A year in which a time axis corresponding to one year is arranged on either the horizontal axis or the vertical axis, and the names of one or more subjects are arranged on either the horizontal axis or the remainder of the vertical axis. It is an annual instruction plan creation system for creating an instruction plan, and the creation terminal for creating the annual instruction plan is the standard number of hours, which is the total number of class hours conducted in one year in the subject. The required number of hours required for each learning unit is determined in advance by linking with the standard hour data, the name of the learning unit indicating the content of the subject, the learning unit data related to the order of taking the learning unit, and the learning unit data. A plan table information storage means for storing the assigned required course hours data, and a data reading means for reading the learning unit data corresponding to the subject and the required course hours data from the plan table information storage means, respectively. Based on the learning unit data and the required number of hours of study data, a plurality of the learning units are arranged without gaps in the display area where the time axis and the name of the subject intersect in accordance with the course order, and the annual instruction is given. A plan table creation means for creating a plan table and a plan table display control means for displaying the created annual guidance plan table are mainly provided, and the creation terminal is stored in the plan table information storage means. Based on the standard hour data, the total display width of the time axis corresponding to one year is divided by the standard time of the subject, and the subject display width per lesson time is calculated for each subject. The plan table display control means further includes a calculation means, and the plan table display control means puts a plurality of the learning units shown in the annual instruction plan table into the subject display width calculated by the subject display width calculation means, and the required number of hours of study. An annual instruction plan creation system that displays the unit display width multiplied by.

[2] The creation terminal is a means for calculating the total number of hours for calculating the total number of lesson hours, which is the sum of the required number of classes for all the learning units of the subject in the annual instruction plan, and the calculated terminal. The excess / deficiency between the excess / deficiency determination means for determining the excess / deficiency with the standard hours by comparing the total number of lesson hours with the predetermined standard hours and the standard hours based on the excess / deficiency determination means. The annual instruction plan creation system according to the above [1], which includes a notification means for notifying the fact that there is.

[3] The planning table information storage means further stores the textbook data for each of a plurality of textbook issuing companies adopted in the subject, including the learning unit data, and the data reading means further stores the textbook data and the textbook. The annual instruction plan creation system according to the above [1] or [2], which reads the required number of hours of study data linked with the learning unit data included in the data.

[4] The creation terminal is displayed as a data setting means for inputting or updating at least one of the standard hour data, the learning unit data, and the required number of hours of study data via a data setting window. Editing and updating means for directly editing and changing the unit display width of the learning unit, the course content and the course order of the study unit, and the required number of hours of study arranged in the annual instruction plan table. The data setting means and the editing / updating means can bidirectionally input, edit, and update the annual instruction plan, the standard hours, the learning unit data, and the required number of hours of study data. The annual instruction plan creation system according to any one of the above [1] to [3].

[5] The production terminal according to any one of the above [1] to [4], further comprising an editing regulation means for restricting editing of the learning unit data and the required number of hours of study data, which cannot be performed. Annual instruction plan creation system.

[6] The data setting means and / or the editing / updating means further includes an attribute assigning means for assigning attribute data related to the attributes for the learning unit in association with the learning unit data, and the plan table display control. The year according to the above [4] or [5], wherein the means further includes an attribute display means for displaying the attribute display unit together with the learning unit of the annual instruction plan table based on the given attribute data. Guidance plan creation system.

[7] When the learning unit including the same attribute display unit displayed by the attribute display means is separated from each other in the same subject or between a plurality of subjects, the creation terminal is described. The annual instruction plan creation system according to the above [6], which further includes a means for recommending the time of study to recommend that the time of study of the learning unit be close to each other.

[8] The creation terminal further includes an implementation time data input receiving means for receiving input of implementation time data related to the lesson hours already implemented for each subject, and the planning table display control means is described above. The annual guidance plan according to any one of [1] to [7] above, further comprising an implementation status display means for displaying the implementation status of each subject on the annual guidance plan table based on the implementation time data. Table creation system.

[9] Standard hour data related to the standard number of hours, which is the total number of lesson hours conducted in one year in a subject, the name of a learning unit indicating the content of the subject, and the learning unit data related to the order of taking the learning unit, the learning A plan table information storage means for storing the required number of course hours data in which the required number of course hours required for each learning unit is assigned in advance in cooperation with the unit data, and the learning corresponding to the subject from the plan table information storage means. Based on the unit data and the data reading means for reading the required course hours data, the read learning unit data and the required course hours data, either the horizontal axis or the vertical axis has a time axis corresponding to one year. Multiple in the display area where the time axis and the subject name intersect in the annual instruction plan table in which the names of the subject are arranged and one or more of the names of the subject are arranged on one of the horizontal axis or the remainder of the vertical axis. The year as a plan table creation means for arranging the learning units in accordance with the course order without gaps and creating the annual instruction plan, and a plan table display control means for displaying the created annual instruction plan. The creation terminal for creating the instruction plan table is mainly functioned, and the entire display width of the time axis corresponding to one year is displayed based on the standard hour data stored in the plan table information storage means. The subject display width calculation means for calculating the subject display width per lesson time divided by the standard hours of the subject for each subject is further provided, and the plurality of the learning units shown in the annual instruction plan table are described. Creating an annual instruction plan table that further functions the creation terminal as the plan table display control means so that the subject display width calculated by the subject display width calculation means is multiplied by the required number of hours to be displayed in a unit display width. program.

[10] A means for calculating the total number of lesson hours, which is the sum of the required number of lesson hours in all the learning units of the subject in the annual instruction plan, and the calculated total number of lesson hours and the predetermined total number of lesson hours. It is determined that there is an excess or deficiency between the standard hours and the excess or deficiency determination means for determining the excess or deficiency with the standard hours, and the excess or deficiency determination means based on the excess or deficiency determination means. The annual instruction plan creation program according to the above [9], which further functions the creation terminal as a notification means for notifying the fact.

[11] The planning table information storage means that includes the learning unit data and further stores the textbook data for each of a plurality of textbook issuing companies adopted in the subject, and the learning included in the textbook data and the textbook data. The annual instruction plan table creation program according to the above [9] or the above [10], which further functions the creation terminal as the data reading means for reading the required number of hours of study data linked with the unit data.

[12] A data setting means for inputting or updating at least one of the standard hour data, the learning unit data, and the required number of hours data via a data setting window, and the displayed annual instruction plan. For the creation as an editing update means for directly editing and changing the unit display width of the learning unit, the course content and the course order of the study unit, and the required number of hours of study arranged in the table via the edit window. As the data setting means and the editing / updating means capable of bidirectionally inputting, editing, and updating the annual instruction plan, the standard hours, the learning unit data, and the required number of hours of study data by further functioning the terminal. The annual instruction plan creation program according to any one of the above [9] to [11], which further functions the creation terminal.

[13] The year according to any one of the above [9] to [12], wherein the creation terminal further functions as an editing regulation means for restricting the editing of the learning unit data and the required number of hours of study data that cannot be performed. Guidance plan creation program.

[14] The creation terminal is further made to function as the data setting means and / or the editing / updating means having the attribute assigning means for assigning the attribute data related to the attribute for each learning unit in association with the learning unit data. The creation terminal is further functioned as the planning table display control means having the attribute display means for displaying the attribute display unit together with the learning unit of the annual instruction plan table based on the given attribute data. The annual instruction plan preparation program described in [12] or [13].

[15] When the study unit including the same attribute display unit displayed by the attribute display means is separated from each other within the same subject or between a plurality of subjects, the study unit can be taken. The annual instruction plan creation program according to the above [14], which causes the creation terminal to function as a means for recommending the course timing to be brought close to each other.

[16] The implementation time data input receiving means for accepting the input of the implementation time data related to the implementation time data for each subject is further made to function in the creation terminal, and based on the implementation time data, the above The annual guidance according to the above [9] to [14], which further functions the creation terminal as the implementation time data having the implementation status display means for displaying the implementation status for each subject on the annual guidance plan table. Planning program.

According to the plan table creation system and the plan table creation program of the present invention, it is possible to reduce the work load of creating an annual instruction plan by the person in charge of preparation, and also the excess or deficiency of the standard time for each subject. The consistency check can be simplified. In addition, since it is possible to create an annual instruction plan that summarizes multiple subjects, it is possible to grasp the contents of the learning unit of each subject in a cross-cutting manner, and by assigning attributes to the learning unit, the same attributes can be obtained. It will be possible to create an annual instruction plan that enables efficient learning guidance that makes it easy for students to understand the learning content, such as by implementing learning units at the same time.

It is a block diagram which shows the schematic structure of the plan table creation system of this embodiment, and the functional structure of the creation terminal. It is explanatory drawing which shows an example of the annual instruction plan and the edit window to be created. It is explanatory drawing which shows an example of the window for setting a standard time for setting a standard time. It is explanatory drawing which shows an example of the learning unit and the window for setting the required number of study hours for setting a study unit and the required number of study hours corresponding to a study unit.

Hereinafter, the plan table creation system (corresponding to the annual guidance plan table creation system) and the plan table creation program (corresponding to the annual guidance plan table creation program) according to the embodiment of the present invention will be described with reference to the drawings. The present invention is not limited to the following embodiments, and is appropriately modified, modified, or modified based on the ordinary knowledge of those skilled in the art without departing from the spirit of the present invention. It may be something that is improved or the like.

As shown in FIGS. 1 to 4, the plan table creation system 1 according to the embodiment of the present invention is provided with annual guidance by installing the plan table creation program PG of the present invention and activating the plan table creation program PG. It is mainly configured to have a creation terminal 2 capable of exerting various processing functions such as an edit / update function such as creation and update of the plan table 100.

Here, FIG. 1 is a block diagram showing a schematic configuration of the plan table creation system 1 of the present embodiment and a functional configuration of the creation terminal 2, and FIG. 2 is an annual instruction plan table 100 and an edit window to be created. It is explanatory drawing which shows an example of 103, FIG. 3 is an explanatory diagram which shows an example of the standard time number setting window 101 for setting the standard time number S, and FIG. It is explanatory drawing which shows an example of the learning unit / required number of hours setting window 102 for setting the number of courses N.

The creation terminal 2 mainly includes a plan table information storage means 10, a data reading means 20, a plan table creation means 30, and a display control means 40 (corresponding to the plan table display control means of the present invention) as its functional configuration. However, as other functional configurations, the subject display width calculation means 50, the total number of hours calculation means 60, the excess / deficiency determination means 61, the notification means 62, the data setting means 70, the edit update means 71, the edit control means 72, and the attributes. Each of the granting means 80 and the course time recommended means 83 is provided.

The schedule information storage means 10 (for example, a fixed storage means such as a hard disk drive or a solid state drive) has a test score aggregation function, a grade management function, a notification table creation function, and a time schedule distributed by a teaching material issuing company or the like. Educational information comprehensive management software (not shown) having multiple functions useful in the field of learning guidance such as creation function is installed, and the plantable creation function by the plantable creation program PG of this embodiment is the education concerned. It is installed in the creation terminal 2 as one function of the comprehensive information management software. By performing a predetermined operation (click operation, etc.) while the educational information comprehensive management software is running, the plan table creation program PG of the present invention can be started and executed, and the plan table creation system can be set on the creation terminal 2. It is possible to exert the function as 1.

Educational information comprehensive management software has been well known from the past, and although detailed explanations are omitted, in addition to the above functions, there is a monthly or weekly plan table creation function for creating monthly guidance plan tables and weekly guidance plan tables. It may be installed. In this case, each time the plan table data 104 related to the annual guidance plan table 100 created by the plan table creation system 1 of the present embodiment and the monthly or weekly plan table data (not shown) are linked and stored. can. As a result, when one of the data (for example, the planning table data 104) is updated, the updated content can be reflected in the other data (for example, the monthly planning table data).

The creation terminal 2 is not limited to the so-called "stand-alone type" terminal as shown in FIG. 1, and is connected to, for example, a communication network consisting of the Internet or a dedicated communication line, via the communication network. It may be possible to send and receive various information to and from each other. This makes it easy to update the standard time data 11 and the learning unit data 12, which will be described later, with the latest information. Further, the plan table information storage means 10 itself may be provided on a cloud server constructed on a communication network.

Here, it is assumed that the creation terminal 2 used in the plan table creation system 1 of the present embodiment uses a desktop type or notebook type personal computer that faculty and staff use on a daily basis in each elementary and junior high school. However, the creation terminal 2 is not limited to the personal computer, and may be, for example, a tablet terminal or the like. Since the configuration of the personal computer or tablet terminal is already well known, detailed description thereof will be omitted here. Further, since the operation input device (operation input means) such as a keyboard, mouse, or touch panel for operating these creation terminals 2 is also well known, the illustration is omitted in FIG. 1 and the like.

The functional configuration of the creation terminal 2 will be described in detail below. The schedule information storage means 10 is a standard hour data 11 (see FIG. 3) related to a standard hour S, which is the total number of lesson hours to be carried out in one year in each subject prescribed in advance based on the course of study, and subject registration. The minimum required for taking the learning unit data 12 including the unit name of the learning unit L showing the contents and the information related to the course order that is the standard of the learning unit L, and each learning unit L included in the learning unit data 12. It is configured by storing the required number of hours data 13 in which the required number of hours N, which is considered to be considered, is assigned to each learning unit L in advance (see FIG. 4).

Further, the above-mentioned educational information comprehensive management software, the plan table creation program PG included therein, the plan table data 104, and various other data described later can be stored. Here, the standard time data 11 is, for example, as shown in FIG. 3, even if the number of lesson hours is assigned to each month, or only the standard time S for one year corresponding to each subject is used as data. It may be something to remember. On the other hand, as shown in FIG. 4, the learning unit data 12 and the required number of study hours data 13 are, for example, assigned and stored the required number of study hours N in association with the month in which the study unit L is taken. It doesn't matter.

The data reading means 20 stores the learning unit data 12 and the required number of hours data 13 for each subject in the annual instruction plan table 100 to be created by operating the operation input means such as a mouse or a keyboard. It is read from means 10. As described above, since the learning unit data 12 and the like for each subject are stored in advance in the planning table information storage means 10, the person in charge of creating the annual instruction planning table 100 can learn the learning unit data for the subject to be created. By designating 12 or the like, the above data can be easily read into the annual instruction plan table 100, and it is not necessary to manually input each learning unit and its contents.

That is, since the information related to the basic learning unit L is already stored in the creation terminal 2 as a database, the person in charge of creation is the learning unit corresponding to the annual instruction plan table 100 to be created from the plan table information storage means 10. By designating the data 12 and the like, the contents of the basic annual instruction plan 100 can be called up. As a result, the information input work, which has been mainly performed manually in the past, can be greatly simplified, and the work load of the person in charge of creation can be greatly reduced.

The learning unit data 12 and the required number of hours of study data 13 can be included in the textbook data 14 configured based on the contents of the textbook adopted at each elementary school. That is, in the data reading means 20, the person in charge of creation specifies the textbook issuing company of the textbook adopted by the elementary school or the like and the grade to be created (for example, the first grade of the elementary school), so that the annual guidance plan 100 It is possible to read a plurality of learning units L according to the contents of the textbook. In this case, the order of taking each learning unit L basically follows the order of description (appearance order) in the textbook.

These learning unit data 12 and textbook data 14 and the like are read directly from the planning table information storage means 10 provided on the cloud server via the communication network, or read from the data server that stores the learning unit data 12 and the like. It doesn't matter. The contents of the above-mentioned learning unit data 12, required number of hours data 13, and textbook data 14 are provided by a teaching material issuing company that distributes educational information comprehensive management software including the plan table creation system 1 and the plan table creation program PG. It is provided and stored in advance in the schedule information storage means 10.

In the textbook data 14, the learning unit data 12 and the required number of hours of study data 13 are registered so as to correspond to the textbooks for each grade issued by the textbook issuing company. Since the person in charge of preparation can input most of the information in the annual guidance plan table 100 by designating the textbook of the relevant year adopted by his / her elementary school, etc., it is further related to the preparation of the annual guidance plan table 100. The creation time is shortened, and the work load can be reduced.

The plan table creating means 30 is for creating the annual instruction plan table 100 based on the read textbook data 14 and the like (including the learning unit data 12 and the like). Here, the annual guidance plan table 100 created in the plan table creation system 1 of the present embodiment exemplifies the following aspects. That is, as shown in FIG. 2, the time axis TL corresponding to one year (year) from April to March of the following year is arranged from left to right on the horizontal axis, while the national language and arithmetic are arranged on the vertical axis. It is assumed that the names SB of multiple subjects such as are arranged from top to bottom. In the annual instruction plan table 100, a plurality of learning units L can be arranged in the display area where the time axis TL and the subject name SB intersect. Here, the plurality of learning units L are basically arranged left-justified from April at the beginning of the year.

Here, in FIG. 2, in order to simplify the illustration, the first half from April at the beginning of the fiscal year to September at the end of the previous fiscal year is enlarged and shown, but the present invention is not limited to this, and the beginning of the fiscal year is not limited to this. It is also possible to display from April to March at the end of the year on one screen.

In addition, in the plan table creation system 1 of this embodiment, the one that creates the annual instruction plan table 100 that displays a plurality of subjects at once is illustrated, but the present invention is not limited to this, and only the selected subject is used. Of course, it does not matter if the annual instruction plan is prepared. In this case, only the name SB of the selected subject is arranged on the vertical axis (or horizontal axis). Further, the vertical axis may be the time axis TL and the residual horizontal axis may be the subject name SB, and the vertical axis and the horizontal axis may be interchanged.

As described above, in the annual instruction plan table 100 in the initial state in which the learning unit data 12 and the like are read, a plurality of learning unit Ls are arranged left-justified and without gaps according to a predetermined order of study (textbook description order, etc.). Processing is performed, and a plurality of learning units L have been piled up along the horizontal direction from April at the beginning of the year. Here, the display control means 40 of the creation terminal 2 is for displaying the annual guidance plan table 100 created by the plan table creation means 30 on a display device such as a liquid crystal display 105 connected to the creation terminal 2. This is for controlling the transmission of a display signal (not shown). The display control means 40 has a function for displaying and controlling various information in the plan table creation system 1 of the present embodiment in addition to the function as the plan table display control means described above.

The annual instruction plan table 100 created by the plan table creation means 30 and displayed by the display control means 40 has a unit display width W1 (see FIG. 2) of each learning unit L, unlike the conventional annual instruction plan table. , It is determined based on the subject display width W2 per lesson time calculated for each subject. That is, the subject display width W2 per lesson time is set to be different for each subject, and all subjects having different standard hours S can be displayed in the annual instruction plan table 100 in the form of a list.

Such processing is carried out based on the subject display width calculation means 50 of the creation terminal 2, and the time axis corresponding to one year from the beginning of the year to the end of the year (April to March of the following year) arranged on the horizontal axis. It is calculated by dividing the total display width W3 of the TL by the standard time S corresponding to the subject based on the standard time data 11 stored in the schedule information storage means 10 (subject display width W2 = total display width W3). / Standard time S). Then, by multiplying the calculated subject display width W2 by the required number of study hours N required for taking the learning unit L, the unit display width W1 of the learning unit L can be obtained (unit display width W1 = subject display width). W2 x required number of hours N).

As mentioned above, in the case of the conventional annual instruction plan, etc., the display width per lesson time is mostly displayed in common for each subject. Therefore, it was not possible to display a format in which subjects such as national language and mathematics having a large standard time S and subjects such as physical education and art and crafts having a relatively small standard time S could be displayed together. According to the planning table creation system 1 of the present embodiment, the method of marking each scale on the time axis TL is changed for each subject, and the total display width W3 of the time axis TL is equally divided by the standard time S (subject display width). W2) is set to 1 scale (= 1 class time). This makes it possible to display a plurality of subjects at once.

Furthermore, by arranging each learning unit L left-justified from April at the beginning of the year, if the total number of lesson hours SN of the learning unit L is less than the standard time S, the right end of the annual instruction plan 100 is displayed as blank. Will be done. On the other hand, when the total number of lesson hours SN exceeds the standard number of hours S, it is displayed beyond the right end of the annual instruction plan 100. As a result, it is possible to easily grasp the excess or deficiency of the total number of class hours SN with respect to the standard time S.

Here, the annual guidance plan table 100 displayed through the data reading means 20, the plan table creating means 30, and the display control means 40 remains in the "initial state", and is excessive with respect to the standard time S as described above. Often there is a shortage. Therefore, it cannot be adopted as an annual guidance plan as it is. Therefore, based on the above-mentioned annual instruction plan 100 in the initial state, adjustment of the required number of hours N required for taking the learning unit L, the order of taking the learning unit L, and editing / updating or customization to change the others. Need to be processed.

The creation terminal 2 sets the total number of lesson hours SN, which is the sum of the required number of hours N in all the learning units L for each subject arranged in the annual instruction plan 100, in order to enable the processing such as the above editing. The total number of hours calculation means 60 to be calculated, the excess / deficiency determination means 61 for determining the excess / deficiency with respect to the standard time S by comparing the total number of lesson hours SN of the calculation result with the standard time S of the subject, and the excess / deficiency determination means. Based on the determination result according to 61, the notification means 62 for notifying the person in charge of creation of the presence or absence of excess or deficiency and the necessity of editing work is further provided.

As a result, when there is a blank at the right end of the annual instruction plan table 100 (total number of lesson hours SN <standard time S), or when the learning unit L is displayed beyond the right end of the annual instruction plan table 100. (Total number of class hours SN> Standard number of hours S) is notified to the person in charge of creation to indicate that the editing work in which the total number of class hours SN = standard number of hours S is required. Here, the notification method of the notification means 62 is not particularly limited, but for example, a warning display is displayed on the screen of the liquid crystal display 105 to visually notify the creator, or an alarm sound or the like is emitted to the creator. It may be notified through the hearing of.

The processing flow related to the total number of hours calculation means 60, the excess / deficiency determination means 61, and the notification means 62 described above is not related to the initial stage when the learning unit data 12 and the like are read and the annual instruction plan 100 is created, but after the fact. It is carried out when any change or update is made to the annual instruction plan 100 by the editing update means 71 or the like described in the above, and the excess or deficiency with the standard time S is always checked.

By performing such processing, it is possible to easily create and display the annual instruction plan 100 that summarizes a plurality of subjects. As a result, it becomes possible to cross-sectionally confirm what kind of learning unit L and learning content are to be implemented in each subject at the same time in a plurality of subjects. Therefore, in the preparation of the annual instruction plan 100, it becomes easy to grasp the relevance to other subjects and to formulate a plan for implementing common tasks and related themes at the same time. As a result, it becomes possible for children and students to easily understand their learning and to provide efficient learning guidance.

Here, the creation terminal 2 receives various data such as standard hour data 11 stored in the plan table information storage means 10 in order to perform the above-mentioned editing process on the annual guidance plan table 100 in the initial state. The learning unit L arranged in the annual instruction plan table 100 by directly changing the data setting means 70 for new input, addition, update, etc. and the annual instruction plan table 100 displayed on the screen. It is provided with an editing update means 71 for editing the unit display width W1, the course content and the course order of the learning unit L, the required number of hours N, and the like via the edit window 103.

Here, each of the data setting means 70 is provided with a data setting window (standard hour number setting window 101 (see FIG. 3)) for updating the stored learning unit data 12 and the required number of hours data 13. , The learning unit / required number of hours required window 102 (see FIG. 4)) can be called, and data or the like can be input or added to a predetermined item to update.

On the other hand, the editing update means 71 directly edits the screen on which the annual instruction plan table 100 is displayed by the display control means 40 as the editing window 103. It should be noted that between the data setting means 70 and the edit / update means 71 described above, the editing and updating processes of various data are reflected in both directions so that the data can be updated. That is, when the data is edited by any one of the means, the data 11 and the like stored in the plan table information storage means 10 are updated and reflected in the display contents and the stored contents.

Next, an example of the editing operation related to the change of the unit display width W1 of the learning unit L by the editing update means 71 will be shown. In this case, a pointer is placed near the boundary between the right end of the learning unit L1 to be changed (see the two-dot chain line frame in FIG. 2) and the learning unit L1 and another learning unit L2 adjacent to the learning unit L1 by operating an operation input means such as a mouse. By moving the pointer and moving the pointer laterally along the expansion / contraction directions A1 and A2 so as to have the desired length of the learning unit L while holding down the button of the mouse, the learning unit L1 is performed. The unit display width W1 can be expanded and contracted. It should be noted that the learning unit L1 may have a function of displaying the required number of courses N at the present time in a balloon on the screen according to the movement operation of the pointer. The part where the learning unit L is not arranged is displayed in gray or the like, and the learning unit addition button B (“+” in FIG. 2) is arranged so that the unit can be added.

On the other hand, in the case of an editing operation for changing the course content (unit name) of the study unit L, the course content etc. can be changed directly by moving the pointer over the displayed study unit L and performing a click operation. Can be done. Further, in the case of an editing operation for changing the course order of the learning unit L, the point is moved onto the learning unit L, and the mouse button is held down and moved to the change position of the course order, and the change position is used. You can change the order of study by releasing the button and performing a drag-and-drop operation. These drag operations, click operations, and drag-and-drop operations are basic operation procedures in a normal personal computer, and the creator edits them with the same operation feeling as a normal personal computer without any special training. You can perform operations.

In the above editing operation, the editing terminal 2 is provided with an editing regulating means 72 that regulates a certain editing operation. Here, as described above, when the registration order of the learning unit L is changed by the editing update means 71, there is a learning unit L whose course order cannot be changed before the specific learning unit L due to a learning structure problem. If so, the editing process is regulated.

For example, in a subject with strong systematicity of each learning unit such as arithmetic, in the learning unit L of "multiplication" and "multiplication long division", "multiplication" must be learned before "multiplication long division". Must be. When such an unimplementable change is made by arranging the learning unit L of "multiplication by hand" before "multiplication", the editing process is restricted after notifying the person in charge of creation. In the plan table creation system 1 of the present embodiment, the regulation of the editing process is notified to the person in charge of creation by using the above-mentioned notification means 62. The information for restricting these edits is stored in advance in the plan table information storage means 10 as the edit restriction data 15. Of course, the editing regulation data 15 can also be added or changed.

In addition, the creation terminal 2 uses the data setting means 70 and / or the edit update means 71 described above to obtain the attribute data 16 related to the “attribute” for each learning unit L, and each learning of the learning unit data 12. Further, the attribute giving means 80 to be given in association with the unit L is provided.

Here, in the learning unit L to be taken in each subject, the learning objectives and learning goals that the schoolchildren expect to acquire are set in advance, and the teacher may proceed with the learning guidance with the objectives in mind. .. For example, "independence" whose main purpose is to develop the independence of children and students, "information utilization" whose main purpose is to acquire methods and knowledge for children and students to utilize various information, Alternatively, various attributes such as "interpersonal relationship" whose main purpose is to learn about the relationship with another person (interpersonal relationship) in society can be given. The number and contents of attributes can be changed or added arbitrarily. Further, the assignment of the attribute (attribute data 16) to one learning unit L is not limited to one, and a plurality of attributes may be assigned to one learning unit L. For example, when the learning purpose or the like in the learning unit L intends to be independent and to utilize information, two attributes (attribute data 16) are given.

In this way, the attributes given by the attribute giving means 80 can be displayed as the attribute display unit 81 in combination with the annual instruction plan table 100 displayed by the planning table creating means 30 (attribute display means 82). Here, the display method by the attribute display unit 81 is not particularly limited, but one that makes it easy for the person in charge of creation to visually recognize each attribute is preferable. For example, the individual attributes may be represented by color, the hatching type, and the display of the unit name of the learning unit L may be displayed in different colors or in a predetermined manner. In addition, in the plan table creation system 1 of this embodiment, as shown in FIG. 2, the annual instruction plan table 100 in which the difference in attributes is distinguished by hatching is shown.

As described above, by assigning attributes to each learning unit L, it becomes easy to create an annual instruction plan 100 in which learning units L to which the same attributes are assigned are collectively taken at the same time. .. In this case, the implementation of the learning unit L of the same attribute may be brought close to each other in the same subject, or the study unit L of the same attribute may be taken close to each other in different subjects. In particular, as described above, since the annual instruction plan 100 is created for a plurality of subjects across subjects, the distribution of attributes in each subject can be confirmed at a glance, and efficient learning instruction can be provided. It is possible to create an excellent annual instruction plan 100 that is possible.

Further, when the same attribute (attribute display unit 81) has the same attribute (attribute display unit 81) but the courses are different between the same subjects or different subjects, the creation terminal 2 changes the course time (take order) of the learning unit L. The recommended course timing recommended means 83 is further provided. As a result, it is proposed to change the course timing of the learning unit L without the person in charge of preparation confirming it individually. In the plan table creation system 1 of the present embodiment, it is proposed to change the course timing based on the above-mentioned notification means 62.

In addition, the creation terminal 2 in the plan table creation system 1 of the present embodiment has a function related to the implementation time data input receiving means 84 that accepts the input of the implementation time data 17 related to the lesson hours already implemented for each subject. The display control means 40 further includes an implementation status display means 85 that superimposes and displays the implementation status of each subject on the annual instruction plan table 100 based on the received implementation time data 17. In the plan table creation system 1 of the present embodiment, the implementation time data 17 is read together with the reading of various data by the data reading means 20 described above, and is reflected in the annual guidance plan table 100. Further, the implementation time data 17 for which the input is received is stored in the plan table information storage means 10.

Here, the implementation time data input receiving means 84 is, for example, a weekly plan data related to a weekly plan (weekly plan book) or a monthly plan related to a monthly plan (monthly plan book) that has been well known in the past. It may be linked to the input or reception of data related to the number of class hours already implemented for the data. That is, a weekly plan or a monthly plan that is generally created may have a check function for checking how far the lesson has progressed.

Therefore, the planning table creation system 1 of the present embodiment accepts the implementation time data 17 in order to grasp the implementation status of each subject, in other words, the digestibility of the implementation hours with respect to the standard time of the year. It is superimposed on the annual instruction plan 100. Here, for the display of the implementation time data 17, for example, as shown in FIG. 2, the progress status of each subject is represented by the implementation time display bar CN of the bar graph, and is part of the implementation time display bar CN. The number of implementation hours that have already been implemented can be represented by a number (in the case of FIG. 2, a circled number).

Here, as the length of the implementation time display bar CN, as described above, the value obtained by equally dividing the total display width W3 of the time axis TL by the standard time S for each subject (subject display width W2) is 1. It shows what was applied as a scale (one class time). As a result, it is possible to confirm while comparing the progress status of each subject, and it becomes easy to grasp the subject whose progress is delayed. Furthermore, measures such as reassembling a part of the annual guidance plan 100 can be taken as necessary.

As described above, according to the plan table creation system 1 of the present embodiment, the annual instruction plan table 100 can be directly edited via the edit window 103, and an intuitive operation can be performed through the visual sense of the person in charge of creation. You can edit with. Further, the unit display width W1 of the learning unit L can be expanded and contracted by an editing operation with a mouse or the like, and intuitive and accurate editing becomes possible. In addition, multiple subjects can be displayed together, a cross-curricular curriculum can be created, and excess or deficiency can be determined in the standard time S, so the consistency check should be performed at the same time as the editing work. Can be done.

Further, since attributes can be assigned to each learning unit L and displayed, the distribution of attributes in the annual instruction plan table 100 can be visualized and shown. Furthermore, based on the attributes, it is possible to summarize learning objectives and learning objectives such as qualities and abilities that should be developed during the same period of study, and effective learning guidance becomes possible. In addition, by providing a function that recommends changing the course time based on the attributes, the check work of the person in charge of creation will be facilitated.

Furthermore, if the order of taking the learning unit L is changed, the creation of an unrealizable annual instruction plan is restricted, which facilitates the check work after creation, for example, relatively inexperienced creation. Even the person in charge can create a highly accurate annual instruction plan 100. Furthermore, based on the created annual instruction plan 100, it is possible to create a monthly or weekly instruction plan that plans more specific contents of learning instruction, and the progress of learning instruction in each subject can be checked. It can be confirmed in each schedule such as yearly, monthly, and weekly. Further, the data may be updated bidirectionally between the planning tables.

The planning table preparation system and the planning table preparation program of the present invention can be used for creating an annual guidance plan table prepared in elementary school and junior high school.

1: Planning table creation system (annual guidance planning table creation system) 2: Creation terminal, 10: Schedule information storage means, 11: Standard hour data, 12: Learning unit data, 13: Required number of hours data, 14 : Textbook data, 15: Editing regulation data, 16: Attribute data, 17: Implementation time data, 20: Data reading means, 30: Planning table creation means, 40: Display control means (planning table display control means), 50: Subject display width calculation means, 60: Total number of hours calculation means, 61: Excess / deficiency determination means, 62: Notification means, 70: Data setting means, 71: Editing update means, 72: Editing regulation means, 80: Attribute addition means, 81: Attribute display unit, 82: Attribute display means, 83: Course time recommended means, 84: Implementation time data input reception means, 85: Implementation status display means, 100: Annual guidance plan, 101: Standard hour setting window (Data setting window), 102: Learning unit / required number of hours setting window (Data setting window), 103: Editing window, 104: Planning table data, 105: Liquid crystal display, A1, A2: Expansion / contraction direction, B : Learning unit addition button, CN: Implementation time display bar, L, L1, L2: Learning unit, N: Required number of hours required, PG: Plan table creation program (annual instruction plan table creation program), S: Standard hours, SB: Subject name, SN: Total number of class hours, TL: Time axis, W1: Unit display width, W2: Subject display width, W3: Total display width.

Claims (16)

An annual instruction plan table in which the time axis corresponding to one year is arranged on either the horizontal axis or the vertical axis, and the names of one or more subjects are arranged on one of the remaining horizontal axis or the vertical axis. It is an annual instruction plan creation system for creating
The terminal for creating the annual instruction plan is
Standard hour data related to the standard number of hours, which is the total number of lesson hours conducted in the subject in one year, the name of the learning unit indicating the content of the subject, the learning unit data related to the order of taking the learning unit, and the learning unit data. In cooperation with the above-mentioned learning unit, a plan table information storage means for storing data on the required number of hours required in advance, which is assigned in advance, and a means for storing information on the schedule.
A data reading means for reading the learning unit data and the required number of hours of study data corresponding to the subject from the plan table information storage means.
Based on the read learning unit data and the required number of hours of study data, a plurality of the learning units are arranged without gaps in the display area where the time axis and the name of the subject intersect in accordance with the course order. A means of creating an annual instruction plan and a means of creating an annual instruction plan
It is mainly equipped with a plan table display control means for displaying the created annual guidance plan table.
The creation terminal is
Based on the standard time data stored in the schedule information storage means, the total display width of the time axis corresponding to one year is divided by the standard time of the subject, and the subject display width per lesson time is divided. Is further provided with a subject display width calculation means for calculating the subject for each subject.
The plan table display control means
An annual instruction plan table creation system that displays a plurality of the learning units shown in the annual instruction plan table in a unit display width obtained by multiplying the subject display width calculated by the subject display width calculation means by the required number of study hours. .. The creation terminal is
A total number of hours calculating means for calculating the total number of lesson hours, which is the sum of the required number of hours taken in all the learning units of the subject in the annual instruction plan, and
An excess / deficiency determination means for determining excess / deficiency with the standard hours by comparing the calculated total number of lesson hours with the predetermined standard hours.
The annual guidance plan creation system according to claim 1, further comprising a notification means for notifying when it is determined that there is an excess or deficiency with the standard time based on the excess / deficiency determination means. The plan table information storage means
Including the learning unit data, the textbook data for each of a plurality of textbook issuing companies adopted in the subject is further stored.
The data reading means
The annual instruction plan creation system according to claim 1 or 2, which reads the required number of hours of study data linked with the textbook data and the learning unit data included in the textbook data. The creation terminal is
A data setting means for inputting or updating at least one of the standard time data, the learning unit data, and the required number of hours of study data via a data setting window.
Edit to directly edit and change the unit display width of the learning unit, the course content and the course order of the study unit, and the required number of hours of study arranged in the displayed annual instruction plan table through the edit window. Further equipped with renewal means,
The data setting means and the editing / updating means
The annual instruction plan according to any one of claims 1 to 3, wherein the annual instruction plan table, the standard time, the learning unit data, and the required number of hours data can be input, edited, and updated in both directions. Table creation system. The creation terminal is
The annual instruction plan creation system according to any one of claims 1 to 4, further comprising an editing regulation means for restricting editing of the learning unit data and the required number of hours of study data that cannot be implemented. The data setting means and / or the editing / updating means
Further provided with an attribute assigning means for assigning attribute data related to the attributes for each of the learning units in association with the learning unit data.
The plan table display control means
The annual instruction plan creation system according to claim 4 or 5, further comprising an attribute display means for displaying an attribute display unit together with the learning unit of the annual instruction plan table based on the given attribute data. The creation terminal is
When the study units including the same attribute display unit displayed by the attribute display means are separated from each other within the same subject or between a plurality of subjects, the study units are brought close to each other. The annual guidance plan preparation system according to claim 6, further comprising the recommended means for studying the course period. The creation terminal is
Further equipped with a means for receiving data on the number of times of implementation, which accepts input of data on the number of hours of implementation related to the number of lesson hours already implemented for each subject.
The plan table display control means
The annual guidance plan according to any one of claims 1 to 7, further comprising an implementation status display means for displaying the implementation status of each subject on the annual guidance plan table based on the implementation time data. Table creation system. Standard hour data related to standard hours, which is the total number of lesson hours conducted in a subject in one year, the name of the learning unit indicating the content of the subject, the learning unit data related to the order of taking the learning unit, and the learning unit data. A planning table information storage means for storing the required number of hours data for which the required number of courses required for each learning unit is pre-allocated in cooperation with each other, the learning unit data corresponding to the subject from the planning table information storage means, and the subject. Based on the data reading means for reading the required course hours data, the read learning unit data, and the required course hours data, a time axis corresponding to one year is arranged on either the horizontal axis or the vertical axis. In addition, a plurality of the learnings are arranged in a display area where the time axis of the annual instruction plan table in which the names of the subjects are arranged on one of the horizontal axis or the remainder of the vertical axis and the names of the subjects intersect. The annual guidance plan table is arranged as a means for creating the annual guidance plan table by arranging the units without gaps according to the course order, and as a plan table display control means for displaying the created annual guidance plan table. Based on the standard hour data stored in the schedule information storage means, the entire display width of the time axis corresponding to one year is displayed in the subject of the subject. The subject display width calculation means for calculating the subject display width per lesson time divided by the standard number of hours is further provided for each subject, and the plurality of the learning units shown in the annual instruction plan are combined with the subject display width. An annual instruction plan table creation program that further functions the creation terminal as the plan table display control means so as to display in a unit display width obtained by multiplying the subject display width calculated by the calculation means by the required number of classes. A means for calculating the total number of lesson hours, which is the sum of the required number of hours taken in all the learning units of the subject in the annual instruction plan, the calculated total number of lesson hours and the predetermined total number of lesson hours. When it is determined that there is an excess or deficiency with the standard hours based on the excess or deficiency determination means for determining the excess or deficiency with the standard hours and the excess or deficiency determination means with the standard hours, the method is determined. The annual instruction plan creation program according to claim 9, wherein the creation terminal further functions as a notification means for notifying the fact. The planning table information storage means that includes the learning unit data and further stores the textbook data for each of a plurality of textbook issuing companies adopted in the subject, and the textbook data and the learning unit data included in the textbook data. The annual instruction plan creation program according to claim 9 or 10, wherein the creating terminal further functions as the data reading means for reading the linked required number of hours of study data. At least one of the standard hour data, the learning unit data, and the required number of hours of study data is distributed to the data setting means for inputting or updating via the data setting window, and the displayed annual instruction plan table. The creation terminal is further used as an editing update means for directly editing and changing the unit display width of the learning unit, the course content and the course order of the learning unit, and the required number of courses required through the edit window. For the creation as the data setting means and the editing / updating means that can be made to function and bidirectionally input, edit, and update the annual instruction plan, the standard hours, the learning unit data, and the required number of hours of study data. The annual instruction plan creation program according to any one of claims 9 to 11, which further functions the terminal. Preparation of the annual instruction plan according to any one of claims 9 to 12, which further functions the creation terminal as an editing regulation means for restricting the editing of the learning unit data and the required number of hours of study data that cannot be implemented. program. The creation terminal was further made to function and assigned as the data setting means and / or the editing / updating means having the attribute assigning means for assigning the attribute data related to the attribute for each learning unit in association with the learning unit data. 13. The annual instruction plan preparation program described in 13. When the study units including the same attribute display unit displayed by the attribute display means are separated from each other within the same subject or between a plurality of subjects, the study units are brought close to each other. The annual instruction plan creation program according to claim 14, wherein the creation terminal functions as a recommended means for recommending the course timing. The implementation time data input receiving means for accepting the input of the implementation time data related to the implementation time data for each subject is further made to function in the creation terminal, and based on the implementation time data, for each subject. The annual guidance plan according to any one of claims 9 to 14, which further functions the creation terminal as the implementation time data having the implementation status display means for displaying the implementation status on the annual guidance plan table. Table creation program.

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